Awesome, camera streaming direct to tracking/telemetry station, relayed to internet, watching a spacecraft orbiting in near real time. As said, awesome.
^ I have a stupid question, can't visualise in my head. How is Apogee increasing whilst lowering Perigee?
Are they simply burning Radial out (sort of perpendicular to prograde) in order to raise Apogee, but to lower Perigee to below 0m they would have to lower their orbital velocity as well?
I have no idea how they can take an image like the one above and expose correctly for both the dark rocket and the bright flames, unless they've already had time to HDR it in photoshop!
This four image mosaic comprises images taken with Rosetta’s NAVCAM on 2 December from a distance of 30.1 km from the centre of Comet 67P/Churyumov-Gerasimenko.
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